Generalized entropies in complex systems, uncertainty relations in quantum measurements, quantum information and computation, foundations of quantum theory
Postdoc: Univ. of Basel, Jan. 2021 – present
Quantum topology, topological states of matter, transport, Dirac materials, Majorana fermions, impurity physics, topological insulators and their nanowires, superconductivity
G.H.E. Fellow: ALU Freiburg, Sept. 2020 – 2023
Quantum optics, quantum simulation with cold atoms and ions, quantum computing with trapped ions, the hybrid atom-ions systems, cold controlled chemistry using (molecular) ions
G.H.E. Fellow: ALU Freiburg, July 2020 – 2023
Quantum sensing, atomic physics, ion trapping, atom-ion interactions, cavity-QED
eleQtron GmbH, Siegen, Germany
Quantum non-equilibrium, strongly correlated electrons, quantum gases, and non-equilibrium physics
Quantum magnetism, symmetry and topology in condensed matter physics, theory of magnetism and emergent quantum phenomena, topological magnon materials, atomistic spin dynamics simulations, nonelectronic spin and heat transport
G.H.E. Fellow: Univ. of Basel, Oct. 2021 – April 2022
Complex quantum systems, random matrix theory, classical and quantum chaos, quantum information and computation
Interim Professor: Univ. of Augsburg Germany (March 2021)
Quantum computing, topology and quantum transport in periodically driven systems, spin qubits, long-distance qubit entanglement, cQED with quantum dots, quantum computing
Quantitative Analyst: Bank of America Merrill Lynch (Oct. 2022)
Scientific Developer: Cambridge Quantum Computing (Dez. 2020)
Majorana fermions, topological states of matter and many-body phenomena, quantum information and quantum computing, numerical simulations (exact diagonalization, tensor networks), quantum simulators
Scientist Fraunhofer IAF at Kompetenzzentrum Quantencomputing Baden-Württemberg
Quantum information, multipartite entanglement, Nonlocality and Contextuality, Pseudorandom quantum processes, Continuous-variable quantum information
Senior Scientist: Univ. of Basel, May 2021 – present
Quantum computing and sensing, silicon spin qubits, semiconductor QDs, quantum computing, CMOS nanotechnology, circuit QED with QDs
Scientist Fraunhofer IOF in Jena since 2021
Postdoc: Univ. of Basel, since July 2021 – present
Topological materials, quantum transport, topological superconductivity, 2D TMDC, quantum computing